Excellent temperature and chemical stability Liquid Color Concentrates: ColorMatrix™ Browse and download our literature to learn more about Avient solutions and services.

Homepage // News Center // Avient Introduces Durable Orange Nylon Colorants for High Voltage Electrical Vehicle (EV) Connectors SHANGHAI – April 23, 2024 – Avient Corporation, a premier provider of specialized and sustainable materials solutions and services, announces the launch of a new range of OnColor™ durable orange nylon colorants developed to improve the heat and long-term color stability of cautionary, orange-colored polymers for high-voltage electric vehicle (EV) connectors. Avient is proud to offer a new range of orange concentrates in standardized vivid shades specially engineered to maintain their high initial color and prevent fading, even after long-term exposure to high temperatures.”  

A number of material types and grades from PolyOne, Covestro, and Trinseo were used to meet critical short- and long-term device needs that included impact, chemical, and high temperature resistance, as well as dimensional and color stability. Avient Announces Second Quarter 2025 Results... Avient Announces Quarterly Dividend...

To download a high-resolution image, please click here: FOR MEDIA USE ONLY  Gordon Composites™ continuous glass and carbon fiber bar stock, laminates, and composite springs, including springs for high-temperature industrial applications About Avient

To download a high-resolution image, please click here: FOR MEDIA USE ONLY   Colorant Chromatics™ Transcend™ Premier Healthcare Colorants: bright, high-temperature solutions offered in pre-colored or concentrate form in a range of vivid opaque and transparent colors. About Avient 

Fluoropolymers have high melting points and corresponding high processing temperatures and continuous use temperatures, depending on the specific product. Perfluoroalkoxy  (PFA), for example, is at the high end; it has a typical continuous use temperature of 500°F (260°C) and typically reaches 715°F (380°C) during processing; equipment temperatures can be even higher than the melt temperature3. Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency. 

Fluoropolymers have high melting points and corresponding high processing temperatures and continuous use temperatures, depending on the specific product. Perfluoroalkoxy  (PFA), for example, is at the high end; it has a typical continuous use temperature of 500°F (260°C) and typically reaches 715°F (380°C) during processing; equipment temperatures can be even higher than the melt temperature3. Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency. 

Fluoropolymers have high melting points and corresponding high processing temperatures and continuous use temperatures, depending on the specific product. Perfluoroalkoxy  (PFA), for example, is at the high end; it has a typical continuous use temperature of 500°F (260°C) and typically reaches 715°F (380°C) during processing; equipment temperatures can be even higher than the melt temperature3. Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency. 

Fluoropolymers have high melting points and corresponding high processing temperatures and continuous use temperatures, depending on the specific product. Perfluoroalkoxy  (PFA), for example, is at the high end; it has a typical continuous use temperature of 500°F (260°C) and typically reaches 715°F (380°C) during processing; equipment temperatures can be even higher than the melt temperature3. Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency. 

Fluoropolymers have high melting points and corresponding high processing temperatures and continuous use temperatures, depending on the specific product. Perfluoroalkoxy  (PFA), for example, is at the high end; it has a typical continuous use temperature of 500°F (260°C) and typically reaches 715°F (380°C) during processing; equipment temperatures can be even higher than the melt temperature3. Color concentration and viscosity of the carrier can be fine-tuned to maximize dispersion and color consistency.